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Do you want to unravel the physics of water and ion transport in micro-electronics? Do you want to lay the foundation for early warning methods and sensors in chips and electronic circuits? Irène
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focus on the candidate’s profile to make our choice, since this is a highly challenging, project, requiring interdisciplinary skills in the field of chemistry, physics and electrical engineering. Project
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electrical mobility with specialized, unconventional, high-performance electromechanical actuation systems for transport applications. In order to keep pushing the envelope of the physical limits
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on the InP-on-Si platform. The work will be done primarily on 4-inch wafers to take advantage of the 4-inch InP process line in the TU/e nanolab cleanroom. But the technology developed will be scalable to much
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of the maximum allowed neuron fan-in and its cascadability for deducing the physical layer metrics and foresee the ultimate computing metrics in terms of energy efficiency, computational speed and form-factor
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stringent latency constraints. Besides making use of well-known diversity techniques at the physical layer such as channel coding and multiple antennas, the project will investigate diversity techniques
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photolithographic process. That’s why a lithographic equipment is kept on its own ecosystem – in a cleanroom and isolated from the hustle and bustle of the outside world. The semiconductor industry largely relies
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on the pulsed power development for this process. For this project the pulsed power development will consist of two phases. In the first phase you will research (together with a PhD student on plasma chemistry
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be changed over time. Accordingly, the computation resources may need to be rescheduled to fulfill dynamic needs for processing sensory data. This process of reconfiguration must be efficient, real
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-aware, autonomous scientific researcher. At TU/e we challenge you to take charge of your own learning process . An excellent technical infrastructure, on-campus children's day care and sports facilities